Baroda to world cup glory: A case study of Yusuf Pathan’s cricketing journey
Background: Batting under pressure is a critical skill in limited-overs cricket, often determining match outcomes. Yusuf Pathan, known for his aggressive middle-order batting, has played several match-winning innings in high-stakes situations. This study aims to analyse his batting efficiency during such pressure scenarios to understand the factors contributing to his success. Objective: To examine Yusuf Pathan’s batting performance in pressure situations by evaluating key indicators such as strike rate, dot ball percentage, boundary frequency, and overall match impact. Methods: A mixed-methods case study design was employed, analysing seven selected innings from IPL and ODI matches between 2008 and 2016. Matches were chosen based on criteria including required run rate, wickets remaining, and match importance. Quantitative data were extracted from official scorecards and ball-by-ball commentary, while qualitative insights were obtained from video analysis. Performance metrics were statistically evaluated to assess efficiency under pressure. Results: Pathan consistently maintained strike rates above 180 with dot ball percentages below 17% across the innings studied. His boundary hitting, combining fours and sixes, significantly influenced momentum shifts and match outcomes. The calculated Impact Index indicated his substantial contribution to team victories in high-pressure contexts. Conclusion: Yusuf Pathan’s batting efficiency in pressure situations reflects a combination of aggressive intent, mental resilience, and situational awareness. His approach offers valuable lessons for player development and strategic planning in limited-overs cricket.
Authors
- Asad Aziz Khan
- Azhar Abbas
- Rabiya Husai
Publication Details
- Journal
- International Journal of Physical Education Sports and Health
- Published
- 2025-05-01
- DOI
- https://doi.org/10.22271/kheljournal.2025.v12.i3c.3796
- Primary Topic
- South Asian Cinema and Culture
- Type
- article
- Field-Weighted Citation Impact
- 0.00